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SmartCity IoT on Kubernetes
@tcpcloud
KubeCon 2016 at London
tcp cloud a.s.
• Active in global community (OpenStack, OpenContrail, SaltStack, etc…)
• Partnership (Canonical, Juniper, ...
• Pisek City is Smart City Pilot Project
• Developing and Prototyping Smart City
projects
• Cooperation within Czech Smart...
Pisek City
Smart Spot Lights
Pilot project, which is in preparation
phase of Smart City Pisek.
We are now working on economic and
tec...
Sample Application Smart Spot Lights
• Traffic flow, routing, parking
• Monitoring, management, energy saving
• E-commerce...
High Level model
High level model of the project
to build sensoric network for
data collection in the public
lighting.
Data from production machine network will be processed in cloud platform
inside of cloud platform.
This includes collectio...
Smart Spot Light Chassis
Conceptual Overview
Detail Schema
Application View
Output from Pilot
Available at https://pisek.urbandata.cz/en/data-samples/
Graphite metrics at http://graphite-server.iot....
Live Demo
Thank you!
Adam Skotnický
adam.skotnicky@tcpcloud.eu
@ada_sko
Jakub Pavlík
jakub.pavlik@tcpcloud.eu
@JakubPav
Backup Slides
@tcpcloud
IQRF Gateway
Global Concept
● Underlay
○ DC Edge
■ OpenStack
■ Contrail
○ City Edge
■ GSM
■ LTE
■ WiFi
○ Sensoric Edge
■ IQRF
● Overlay...
Sensoric platform schema and gateway
Sample IQRF platform
KubeCon EU 2016: SmartCity IoT on Kubernetes
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KubeCon EU 2016: SmartCity IoT on Kubernetes

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Modern cities are rapidly adopting smart technologies to deliver realtime data about a number of city services. These technologies heavily rely on a high quality network interconnecting all sensors and reactors as lamps with controlling services. Many low level PLC systems solve the automation, but their purpose is limited to narrow areas of usage as these device have limited computational power. On the other hand, the rise of single-board computers as Raspberry Pi with multi-core processors and plenty of memory can serve as a platform for virtualized services based on Kubernetes. The distributed cluster across whole city on public streetlights gives operators the possibility to adapt to rapidly changing conditions. We propose distribution of HA clusters of single-board devices in key topological points of smart city mesh networks connected together by reliable SDN network. These virtualized services fulfill various tasks as data collection, data processing or and all of these services can rely on cloud backends, that provide much more computational and storage capacity. Services can be operated at both locations to serve local as well as foreign users.

We will share whole concept and architecture of SmartCity project, which covers deployment of more than 3000 endpoints[, both sensoric and reactive devices,] and about 30 smart gateways running in HA mode on Kubernetes Nodes.

Sched Link: http://sched.co/6BUM

Veröffentlicht in: Technologie
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KubeCon EU 2016: SmartCity IoT on Kubernetes

  1. 1. SmartCity IoT on Kubernetes @tcpcloud KubeCon 2016 at London
  2. 2. tcp cloud a.s. • Active in global community (OpenStack, OpenContrail, SaltStack, etc…) • Partnership (Canonical, Juniper, Arrow ECS, etc…) • Own Hi-Tech Datacenter (TIER III, 20kW per rack, hundreds 10Gbps ports, etc…) • Focused on private open cloud solutions and services (since 2011) • References (AVG Technologies, Czech Railways, Mall.cz, 100%IT) • Two directions: • Enterprise Private Cloud solutions (OpenStack, Kubernetes) • IoT (SmartCity projects)
  3. 3. • Pisek City is Smart City Pilot Project • Developing and Prototyping Smart City projects • Cooperation within Czech Smart City Cluster • Biggest Companies • Universities • Openness to international cooperation Smart City Project
  4. 4. Pisek City
  5. 5. Smart Spot Lights Pilot project, which is in preparation phase of Smart City Pisek. We are now working on economic and technical analysis of current public lights. tcp cloud covers IoT Cloud Platform
  6. 6. Sample Application Smart Spot Lights • Traffic flow, routing, parking • Monitoring, management, energy saving • E-commerce, marketing, tourism • Analysis of the Environment • Lifestyle, social services, social networks • Data, security, property detection • ……..
  7. 7. High Level model High level model of the project to build sensoric network for data collection in the public lighting.
  8. 8. Data from production machine network will be processed in cloud platform inside of cloud platform. This includes collection, analysis, processing and data presentation. IoT Cloud platform should enable automated environment for application development. • IaaS (OpenStack), Kubernetes • SDN OpenContrail • Big Data, Open Data (Hadoop, Graphite, Grafana, Gohan, etc) • App provisioning, management, monitoring and billing • Automation and Orchestration • REST API Cloud IoT Platform
  9. 9. Smart Spot Light Chassis
  10. 10. Conceptual Overview
  11. 11. Detail Schema
  12. 12. Application View
  13. 13. Output from Pilot Available at https://pisek.urbandata.cz/en/data-samples/ Graphite metrics at http://graphite-server.iot.tcpcloud.eu/
  14. 14. Live Demo
  15. 15. Thank you! Adam Skotnický adam.skotnicky@tcpcloud.eu @ada_sko Jakub Pavlík jakub.pavlik@tcpcloud.eu @JakubPav
  16. 16. Backup Slides @tcpcloud
  17. 17. IQRF Gateway
  18. 18. Global Concept ● Underlay ○ DC Edge ■ OpenStack ■ Contrail ○ City Edge ■ GSM ■ LTE ■ WiFi ○ Sensoric Edge ■ IQRF ● Overlay ○ DC Edge ■ Contrail ○ City Edge ■ Contrail over secure tunnel ○ Sensoric Edge ■ IQRF Mesh ● App ○ Data ○ Kafka ○ REST
  19. 19. Sensoric platform schema and gateway
  20. 20. Sample IQRF platform

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